Fast Shipping Michelin® Pilot Super Sport - 295/35zr20 105y Xl Device [vSwljE6H]

MICHELIN® PILOT SUPER SPORT Performance Tyres

Experience unparalleled performance with the MICHELIN® PILOT SUPER SPORT tyres, designed for drivers who demand excellence. These premium tyres are engineered to deliver superior handling and control, making them an ideal choice for high-performance vehicles.

Advanced Tyre Technology

The MICHELIN® PILOT SUPER SPORT features a unique tread design that optimizes the distribution of forces and tensions. This innovative approach includes a new distribution of two different compounds between the right and left sides of the tread, enhancing stability and responsiveness. Key features include:

• High-speed stability: The Twaron® belt ensures maximum stability at high speeds.
• Variable tension design: The belt tightens more firmly in the center of the tread than at the shoulders, providing balanced performance.
• Improved centrifugal force control: The tyre offers better control over centrifugal forces, ensuring a smoother and more comfortable ride.

Unmatched Performance in All Conditions

The MICHELIN® PILOT SUPER SPORT is engineered to deliver exceptional performance in both wet and dry conditions. The exterior of the tyre features a unique compound reinforced with carbon black, derived from the 24 Hours of Le Mans competition, providing extreme resistance in tight corners. The interior compound is a state-of-the-art rubber with high adhesion on wet surfaces, effectively breaking through water films for superior grip. The tyre's design also ensures optimal contact area with the road, maintaining consistent performance during acceleration and cornering:

• Increased contact area: The tyre maintains a high contact area with the road surface during cornering, enhancing grip and stability.
• Advanced simulation technology: The MICHELIN® PILOT SUPER SPORT benefits from the latest advancements in numerical simulation used in aviation and automotive industries, resulting in a more even distribution of forces and temperatures across the contact surface.